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<CENTER><br><br><H2>Featquery output</H2><p>/Volumes/gonzalez/FSLAnalyses/group-level_All/NoBW_all27_ROIuncorr_ofc.gfeat/cope3.feat/featquery_ofc<hr>

Mask <em>Frontal Orbital Cortex</em> is in space of example_func.<br>Image of mask in native space:<br><IMG SRC=mask.png>
<p>PE/COPE values converted into % (VARCOPE into %<sup>2</sup>).
<p><a href=mean_mask_ts.txt>Mean time series (masked/weighted)</a>. &nbsp;&nbsp;&nbsp;
<a href=tsplot/tsplot_index.html>Masked time series plots.</a><br>

<p>Using atlas:  Harvard-Oxford Cortical Structural Atlas
<p><table border=1 cellspacing=3>
<tr><th>stats image<th> # voxels <th colspan=7> image statistics <th colspan=7> position of max </tr>
<tr><th><th><th> min <th> 10% <th> mean <th> median <th> 90% <th> max <th> stddev <th colspan=3> vox (FMRI space) <th colspan=3> mm (standard space) <th>max voxel atlas results</tr>

<tr><td> <a href=max_pe1_ts.txt>stats/pe1</a> <td> 3002 <td> -0.1938 <td> -0.04865 <td> -0.01092 <td> 0 <td> 0.007154 <td> 0.1685 <td> 0.03063 <td> 32 <td> 70 <td> 23 <td> 26.0 <td> 14.0 <td> -26.0 <td width=40%> 35% Frontal Orbital Cortex, 12% Temporal Pole</tr>
<tr><td> <a href=max_cope1_ts.txt>stats/cope1</a> <td> 3002 <td> -0.1938 <td> -0.04865 <td> -0.01092 <td> 0 <td> 0.007154 <td> 0.1685 <td> 0.03063 <td> 32 <td> 70 <td> 23 <td> 26.0 <td> 14.0 <td> -26.0 <td width=40%> 35% Frontal Orbital Cortex, 12% Temporal Pole</tr>
<tr><td> <a href=max_varcope1_ts.txt>stats/varcope1</a> <td> 3002 <td> 0 <td> 0 <td> 0.000842 <td> 0.000545 <td> 0.002488 <td> 0.009312 <td> 0.00119 <td> 19 <td> 76 <td> 29 <td> 52.0 <td> 26.0 <td> -14.0 <td width=40%> 13% Frontal Orbital Cortex, 4% Inferior Frontal Gyrus, pars triangularis, 2% Frontal Operculum Cortex</tr>
<tr><td> <a href=max_tstat1_ts.txt>stats/tstat1</a> <td> 3002 <td> -2.93 <td> -1.517 <td> -0.3499 <td> 0 <td> 0.2083 <td> 2.45 <td> 0.7491 <td> 32 <td> 70 <td> 23 <td> 26.0 <td> 14.0 <td> -26.0 <td width=40%> 35% Frontal Orbital Cortex, 12% Temporal Pole</tr>
<tr><td> <a href=max_fstat1_ts.txt>stats/fstat1</a> <td> 3002 <td> 0 <td> 0 <td> 0.6835 <td> 0.02461 <td> 2.469 <td> 8.582 <td> 1.217 <td> 20 <td> 75 <td> 33 <td> 50.0 <td> 24.0 <td> -6.0 <td width=40%> 28% Frontal Orbital Cortex, 21% Inferior Frontal Gyrus, pars triangularis, 20% Frontal Operculum Cortex, 2% Inferior Frontal Gyrus, pars opercularis</tr>
<tr><td> <a href=max_zstat1_ts.txt>stats/zstat1</a> <td> 3002 <td> -2.698 <td> -1.471 <td> -0.3388 <td> 0 <td> 0.2062 <td> 2.302 <td> 0.7228 <td> 32 <td> 70 <td> 23 <td> 26.0 <td> 14.0 <td> -26.0 <td width=40%> 35% Frontal Orbital Cortex, 12% Temporal Pole</tr>
<tr><td> <a href=max_zfstat1_ts.txt>stats/zfstat1</a> <td> 3002 <td> -3.398 <td> -0.7854 <td> 0.08607 <td> 0 <td> 1.135 <td> 2.458 <td> 0.7327 <td> 20 <td> 75 <td> 33 <td> 50.0 <td> 24.0 <td> -6.0 <td width=40%> 28% Frontal Orbital Cortex, 21% Inferior Frontal Gyrus, pars triangularis, 20% Frontal Operculum Cortex, 2% Inferior Frontal Gyrus, pars opercularis</tr>
<tr><td> <a href=max_thresh_zstat1_ts.txt>thresh_zstat1</a> <td> 40 <td> 0 <td> 0 <td> 0.01377 <td> -0 <td> -0 <td> 2.302 <td> 0.1601 <td> 32 <td> 70 <td> 23 <td> 26.0 <td> 14.0 <td> -26.0 <td width=40%> 35% Frontal Orbital Cortex, 12% Temporal Pole</tr>
<tr><td> <a href=max_thresh_zfstat1_ts.txt>thresh_zfstat1</a> <td> 145 <td> 0 <td> 0 <td> 0.04992 <td> 0 <td> 0 <td> 2.458 <td> 0.3022 <td> 20 <td> 75 <td> 33 <td> 50.0 <td> 24.0 <td> -6.0 <td width=40%> 28% Frontal Orbital Cortex, 21% Inferior Frontal Gyrus, pars triangularis, 20% Frontal Operculum Cortex, 2% Inferior Frontal Gyrus, pars opercularis</tr>
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